def game():
# make player instances,
player1 = Player(Board(), Board(True), "Player1")
CPU = Player(Board(), Board(True), "CPU")
available_ships = ["sub", "aircraft", "patrol", "patrol"]
print "Welcome to Battleship!"
print 'To place your battleship enter a phrase such as "Place sub horizontal at A2" or "Place aircraft, vert, at (C,4)"'
print ""
print ""
# Player 1 places his ships here
while available_ships:
player1.defense_board.print_board()
print "{}, your board is pictured above for reference.".format(player1.name)
print "You have the following ships left for placement: {}".format(available_ships)
defense_request = raw_input("Type your placement phrase here: ")
try:
parsed_request = parse(defense_request)
except ValueError as e:
print e
continue
# this should probably be an exception
if parsed_request[0] not in available_ships:
print "You've already placed your {}, as a reminder, you have the following ships left for placement: {}".format(
parsed_request[0], available_ships
)
continue
try:
player1.defense_board.place_boat(*parsed_request)
available_ships.remove(parsed_request[0])
except ValueError as e:
print e
# AI places his ships here, core logic executed in AI library.
ai.boat_placement(CPU.defense_board)
# Flip a coin to determine who goes first.
print "Battleships placed for {} and computer.".format(player1.name)
# using turn to alternate turns
turn = True
players = (player1, CPU)
while not any([player1.has_win, CPU.has_win]):
if turn:
player = players[0]
print "Here's your current board used for tracking your attacks:"
print ""
player.attack_board.print_board()
coordinate = raw_input("Player {} Enter your coordinate: ".format(player.name))
try:
parsed_coord = coordinate_parse(coordinate)
if players[1].defense_board[parsed_coord][0]:
print "Hit!"
player.attack_board[parsed_coord][0] = "x"
else:
print "Miss!"
player
except ValueError as e:
print e
continue
else:
player = players[1]
turn = not turn
def game():
#make player instances,
player1 = Player(Board(), Board(True), 'Player1')
CPU = Player(Board(), Board(True), 'CPU')
available_ships = ['sub', 'aircraft', 'patrol', 'patrol']
print 'Welcome to Battleship!'
print 'To place your battleship enter a phrase such as "Place sub horizontal at A2" or "Place aircraft, vert, at (C,4)"'
print ''
print ''
#Player 1 places his ships here
while available_ships:
player1.defense_board.print_board()
print '{}, your board is pictured above for reference.'.format(player1.name)
print 'You have the following ships left for placement: {}'.format(available_ships)
defense_request = raw_input('Type your placement phrase here: ')
try:
parsed_request = parse(defense_request)
except ValueError as e:
print e
continue
#this should probably be an exception
if parsed_request[0] not in available_ships:
print "You've already placed your {}, as a reminder, you have the following ships left for placement: {}".format(parsed_request[0], available_ships)
continue
try:
player1.defense_board.place_boat(*parsed_request)
available_ships.remove(parsed_request[0])
except ValueError as e:
print e
#AI places his ships here, core logic executed in AI library.
ai.boat_placement(CPU.defense_board)
#Flip a coin to determine who goes first.
print 'Battleships placed for {} and computer.'.format(player1.name)
#using turn to alternate turns
turn = True
players = (player1, CPU)
while not any([player1.has_win, CPU.has_win]):
#scott fix: make this such that it isn't redunant.
if turn:
player = players[0]
print 'Here\'s your current board used for tracking your attacks:'
print ''
player.attack_board.print_board()
players[1].defense_board.print_board()
try:
coordinate = raw_input('Player {} Enter your coordinate: '.format(player.name))
parsed_coord = coordinate_parse(coordinate)
if players[1].attack_board[parsed_coord][0]=='o' or players[1].attack_board[parsed_coord][0]=='x':
raise ValueError('You must enter a point you haven\'t already tried')
except ValueError as e:
print e
continue
try:
if players[1].defense_board.board[parsed_coord][0]:
player.attack_board.board[parsed_coord][0] = 'x'
print 'Hit! at {},{}'.format(chr(parsed_coord[0]+64),parsed_coord[1])
#check all CPU's boats to confirm if we've sunk a boat.
for boat, boat_coords in players[1].defense_board.boats:
if all(players[0].attack_board.board[coord] == 'x' for coord in boat_coords) and parsed_coord in boat_coords:
print 'You sunk my {} at coordinates: {}'.format(boat, boat_coords)
players[0].attack_board.boats[boat] = boat_coords
for coord in boat_coords:
players[0].attack_board.board[coord][0] = players[1].defense_board.board[coord][0]
# delete the boat from cpu defense board?
if not players[1].defense_board.board[parsed_coord][0]:
print 'Miss! at {},{}'.format(chr(parsed_coord[0]+64),parsed_coord[1])
player.attack_board.board[parsed_coord][0] = 'o'
except (ValueError, KeyError) as e:
print e
continue
if not turn:
pass
#ai logic to process a turn goes here
player = players[1]
turn = not turn
def game():
#make player instances,
player1 = Player(Board(), Board(True), 'Player1')
CPU = Player(Board(), Board(True), 'CPU')
available_ships = ['sub', 'aircraft', 'patrol', 'patrol']
print 'Welcome to Battleship!'
print 'To place your battleship enter a phrase such as "Place sub horizontal at A2" or "Place aircraft, vert, at (C,4)"'
print ''
print ''
#Player 1 places his ships here
while available_ships:
player1.defense_board.print_board()
print '{}, your board is pictured above for reference.'.format(player1.name)
print 'You have the following ships left for placement: {}'.format(available_ships)
defense_request = raw_input('Type your placement phrase here: ')
try:
parsed_request = parse(defense_request)
except ValueError as e:
print e
continue
#this should probably be an exception
if parsed_request[0] not in available_ships:
print "You've already placed your {}, as a reminder, you have the following ships left for placement: {}".format(parsed_request[0], available_ships)
continue
try:
player1.defense_board.place_boat(*parsed_request)
available_ships.remove(parsed_request[0])
except ValueError as e:
print e
#AI places his ships here, core logic executed in AI library.
ai.boat_placement(CPU.defense_board)
#Flip a coin to determine who goes first.
print 'Battleships placed for {} and computer.'.format(player1.name)
#using turn to alternate turns
turn = True
players = (player1, CPU)
while not any([player1.has_win, CPU.has_win]):
if turn:
player = players[0]
print 'Here\'s your current board used for tracking your attacks:'
print ''
player.attack_board.print_board()
coordinate = raw_input('Player {} Enter your coordinate: '.format(player.name))
try:
parsed_coord = coordinate_parse(coordinate)
if players[1].defense_board[parsed_coord][0]:
print 'Hit!'
player.attack_board[parsed_coord][0] = 'x'
else:
print 'Miss!'
player
except ValueError as e:
print e
continue
else:
player = players[1]
turn = not turn